Lo Shu Magic Square Program Plan: Import the required packages. Declare the class “Main”. Declare the “main ()” method. Declare two 2-Dimensional arrays. Call the function “show_Array ()” to display the array. Call the function “show_Result ()” to display the result. Give function definition for “show_Result ()”. Check if the square is a magic square by calling the function “isMagicSquare ()”. If yes, then print the positive message. Else, Print the negative message. Give function definition for “show_Array ()” to display the array. Using nested “for” loops, print the values of the array. Give function definition for “isMagicSquare ()”. Declare a Boolean variable. Call the function “check_Range ()”, “checkUnique ()”, “checkRowSum ()”, “check_ColSum ()”, and “check_DiagSum ()”. Check the condition “is_InRange && is_Unique && is_EqualRows &&is_EqualCols && is_EqualDiag”. Assign “true” to the Boolean variable. Return the variable. Give function definition for “check_Range ()”. Declare required variables. Using nested “for” loops, check the condition “array[row][col] < MIN || array[row][col] > MAX”. Assign “false” to the Boolean variable. Return the variable. Give function definition for “check_Unique ()”. Declare required variables. Using the while condition “searchValue <= MAX && status == true”. Using nested “for” loops, Check the condition “array[row][col] == searchValue”, Increment the counter variable. Check if count value is greater than 1. Assign “false” to the Boolean variable. Increment the variable “searchValue”. Assign 0 to the counter variable. Return the status. Give function definition for “check_RowSum ()”. Declare a variable. Calculate the sum of 1 st row, 2 nd row and 3 rd row. Check if all the values are not equal to each other. Assign “false” to the Boolean variable. Return the variable. Give function definition for “check_ColSum ()”. Declare a variable. Calculate the sum of 1 st column, 2 nd column and 3 rd column. Check if all the values are not equal to each other. Assign “false” to the Boolean variable. Return the variable. Give function definition for “check_DiagSum ()”. Declare a variable. Calculate the sum of 1 st diagonal, and 2 nd diagonal. Check if all the values are not equal to each other. Assign “false” to the Boolean variable. Return the variable.

Question

Want to see the full answer?

Answer 1

Question

Chapter 7, Problem 21PC

Program Plan Intro

Lo Shu Magic Square

Program Plan:

Import the required packages.

Declare the class “Main”.

Declare the “main ()” method.

Declare two 2-Dimensional arrays.

Call the function “show_Array ()” to display the array.

Call the function “show_Result ()” to display the result.

Give function definition for “show_Result ()”.

Check if the square is a magic square by calling the function “isMagicSquare ()”.

If yes, then print the positive message.

Else,

Print the negative message.

Give function definition for “show_Array ()” to display the array.

Using nested “for” loops, print the values of the array.

Give function definition for “isMagicSquare ()”.

Declare a Boolean variable.

Call the function “check_Range ()”, “checkUnique ()”, “checkRowSum ()”, “check_ColSum ()”, and “check_DiagSum ()”.

Check the condition “is_InRange && is_Unique && is_EqualRows &&is_EqualCols && is_EqualDiag”.

Assign “true” to the Boolean variable.

Return the variable.

Give function definition for “check_Range ()”.

Declare required variables.

Using nested “for” loops, check the condition “array[row][col] < MIN || array[row][col] > MAX”.

Assign “false” to the Boolean variable.

Return the variable.

Give function definition for “check_Unique ()”.

Declare required variables.

Using the while condition “searchValue <= MAX && status == true”.

Using nested “for” loops,

Check the condition “array[row][col] == searchValue”,

Increment the counter variable.

Check if count value is greater than 1.

Assign “false” to the Boolean variable.

Increment the variable “searchValue”.

Assign 0 to the counter variable.

Return the status.

Give function definition for “check_RowSum ()”.

Declare a variable.

Calculate the sum of 1^st row, 2^nd row and 3^rd row.

Check if all the values are not equal to each other.

Assign “false” to the Boolean variable.

Return the variable.

Give function definition for “check_ColSum ()”.

Declare a variable.

Calculate the sum of 1^st column, 2^nd column and 3^rd column.

Check if all the values are not equal to each other.

Assign “false” to the Boolean variable.

Return the variable.

Give function definition for “check_DiagSum ()”.

Declare a variable.

Calculate the sum of 1^st diagonal, and 2^nd diagonal.

Check if all the values are not equal to each other.

Assign “false” to the Boolean variable.

Return the variable.

Expert Solution & Answer

Want to see the full answer?

Check out a sample textbook solution

See solution

Students have asked these similar questions

Lo Shu Magic Square C++ The Lo Shu Magic Square is a grid with 3 rows and 3 columns. The Lo Shu Magic Square has the following properties: The grid contains the numbers 1 through 9, each cell is unique. The sum of each row, each column, and each diagonal all add up to the same number. Write a program that creates a 2D array of size 3x3, and fills each cell withn random, unique values betweem 1 and 9. Print the values. Determine if the 2D array is a Lo Shu Magic Square and print the results. Sample Output Run the program when the 2D array is a lo shu square. A couple runs of the program where it is NOT a Lo Shu Magic Square. The program declares and initializes a 2D array of size 3,3 and fills it with random, unique values. The program prints the values correctly. The program determines whether or not the 2D array is a Lo Shu Magic Square and prints the results. The program must use at least one function besides main for credit.

GetMonth - This method prompts for and returns the month GetNumMurals - This method prompts for and returns the number of murals scheduled and is called twice -- once for interior murals and once for exterior murals ComputeRevenue - This method accepts the number of interior and exterior murals scheduled, accepts the month they are scheduled, displays the interior and exterior prices, and then returns the total expected revenue DataEntry - This method fills an array with customer names and mural codes and is called twice -- once to fill the array of interior murals and once to fill the array of exterior murals GetSelectedMurals - This method continuously prompts for mural codes and displays jobs of the corresponding type until a sentinel value is entered. In order to prepend the $ to currency values, the program will need to use the CultureInfo.GetCultureInfo method. in C#

Fibonacci series, the numbers obtained by adding each number with the number before it. a)Define a method that takes the index value as a parameter and calculates the value for the corresponding index of the fibonacci series. example=: fib(3) = 2 , fib(6) = 8 b) Define a second method that takes an integer value as a parameter. In this method, create an array with the size of the value taken as a parameter, and save the corresponding values in the fibonacci series to each element of this array using the first method you created. exapmle=photo ((In the "main" method,will be encoded in java)